Why choose B.E. in Chemical Engineering at AISSMS College of Engineering?

<p>B.E. in Chemical Engineering at AISSMS College of Engineering can be chosen for its well-equipped laboratories, dedicated faculty members, and innovative teaching-learning methodology. The programme has a strong focus on practical knowledge, with areas of ongoing research including process intensification, process modeling and simulation, and waste water treatment. The college also has a good placement record, with companies like Amazon recruiting students. However, some students have reported that the placement packages are not very high, with most companies offering around 2.5 Lacs per annum. Overall, AISSMS College of Engineering can be a good choice for students who want to pursue a career in chemical engineering, but it's important to have realistic expectations about the placement opportunities. </p> <p>Program Educational Objectives (PEOs) of the college are: 1: To prepare competent graduates in Chemical Engineering so that they are successful in their professional career in industry, academia or research. 2: Problem Solving Skills: To prepare graduates who can identify, analyze, research and solve Chemical Engineering problems of practical importance to industry, academia or research. 3: Leadership Skills: To prepare graduates with effective communication, teamwork and leadership skills so that they can play effective role in industry, academia and research institutes.</p> <p>The college has permanent affiliation status for the BE programme from Savitribai Phule Pune University (SPPU) and has a good infrastructure. The annual intake for the undergraduate programme in Chemical Engineering is 60, and for the postgraduate program, it is 9. </p> <p>Chemical Engineering graduates will be able to: 1. Identify, analyze, design and develop solutions to Chemical Engineering problems of practical importance to industry and society. 2. Demonstrate sound understanding of Chemical engineering fundamentals to solve problems through the use of modern experimental methods, computer aided design and simulation software.</p>

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